public void CombinatorCombinesAdditionalProperties()
{
LineSeriesConfigurator a = new();
LineSeriesConfigurator b = new();
Expression <Func <LineSeries, string?> > propertyExpression = ls => ls.LabelFormatString;
const string format = "ABC";
a.SetAdditional(propertyExpression, format);
// Property only set on a
Combinator <LineSeriesConfigurator> combinator = new(a, b);
LineSeriesConfigurator combined = combinator.Combine();
ConfigurableProperty <string>?combinedProperty = combined.AdditionalProperties.Get(propertyExpression);
Assert.NotNull(combinedProperty);
Assert.True(combinedProperty !.IsSet);
Assert.Equal(format, combinedProperty.Value);
// Property set on a AND b, should take the value from a and ignore b
b.SetAdditional(propertyExpression, "ANOTHER RANDOM VALUE");
combinator = new Combinator <LineSeriesConfigurator>(a, b);
combined = combinator.Combine();
combinedProperty = combined.AdditionalProperties.Get(propertyExpression);
Assert.NotNull(combinedProperty);
Assert.True(combinedProperty !.IsSet);
Assert.Equal(format, combinedProperty.Value);
}
public void CombinatorCombinesChildConfigurators()
{
LineSeriesConfigurator a = new();
LineSeriesConfigurator b = new();
OxyColor lineColour = OxyColors.Brown;
const MarkerType markerType = MarkerType.Star;
a.Line.Color.Set(lineColour);
b.Marker.Type.Set(markerType);
Combinator <LineSeriesConfigurator> combinator = new(a, b);
LineSeriesConfigurator combined = combinator.Combine();
Assert.True(combined.Line.Color.IsSet);
Assert.True(combined.Marker.Type.IsSet);
Assert.Equal(lineColour, combined.Line.Color.Value);
Assert.Equal(markerType, combined.Marker.Type.Value);
}
public void CombinatorCanAddLessDerivedTypes()
{
LineSeriesConfigurator a = new();
XyAxisSeriesConfigurator b = new();
OxyColor lineColour = OxyColors.Brown;
const bool secondaryX = true;
a.Line.Color.Set(lineColour);
b.UseSecondaryXAxis.Set(secondaryX);
Combinator <LineSeriesConfigurator> combinator = new(a, b);
LineSeriesConfigurator combined = combinator.Combine();
Assert.True(combined.Line.Color.IsSet);
Assert.True(combined.UseSecondaryXAxis.IsSet);
Assert.Equal(lineColour, combined.Line.Color.Value);
Assert.Equal(secondaryX, combined.UseSecondaryXAxis.Value);
}
/// <summary> /// Configures the <paramref name="series"/> using the information in <paramref name="configurator"/>. /// </summary> /// <param name="series">The <see cref="LineSeries"/> to configure.</param> /// <param name="configurator">The configuration to apply.</param> public static void Configure(this LineSeries series, LineSeriesConfigurator configurator) => configurator.Configure(series);
/// <summary> /// Setup the series to use the secondary X axis. /// </summary> /// <param name="series">The series to configure.</param> public static LineSeriesConfigurator UseSecondaryXAxis(this LineSeriesConfigurator series) => series.UseSecondaryXAxis <LineSeriesConfigurator, LineSeries>();
/// <summary> /// Sets the series title. /// </summary> /// <param name="series">The series to configure.</param> /// <param name="title">The title.</param> public static LineSeriesConfigurator SetTitle(this LineSeriesConfigurator series, string title) => series.SetTitle <LineSeriesConfigurator, LineSeries>(title);
/// <summary>
/// Configure the marker.
/// </summary>
/// <param name="series">The series to configure.</param>
/// <param name="configure">Configures the marker.</param>
public static LineSeriesConfigurator WithMarker(this LineSeriesConfigurator series,
Action <MarkerConfigurator>?configure)
=> series.With(s => s.Marker, configure);
/// <summary>
/// Configure the line.
/// </summary>
/// <param name="series">The series to configure.</param>
/// <param name="configure">Configures the line.</param>
public static LineSeriesConfigurator WithLine(this LineSeriesConfigurator series,
Action <LineConfigurator>?configure)
=> series.With(s => s.Line, configure);
